Hydrodynamic detection, ranging and imaging (HYDAR): the role of the fish body in ethohydraulics
Beyond the Surface: Exploring Fish Dynamics with Camera Based Monitoring
Estimating fish swimming speed using non-invasive backpack sensors in a laboratory flume at high flow velocities
Bio-inspired robotic fish for assessment of injury risks during the fish passage
Quantitative Behavioral Analysis of Fish Passage: A Laboratory Study of Hydraulic Conditions Relevant to Turbine and Pump Inlets
Smart Fish Counter Software for the Automated Monitoring of Fish Species and Body Length
Towards a reliable and validated toolbox to replace live fish tests for the assessment of injury and mortality during downstream passage
Zur Bedeutung bioinspirierter Messtechnik in der Ethohydraulik
Kamerabasiertes Monitoring von Fischen in Deutschland und der Schweiz
Improving the reliability of underwater gait analysis using wearable pressure and inertial sensors
Lightweight open data assimilation of Pan-European urban air quality
Digitalization and real-time control to mitigate environmental impacts along rivers: Focus on artificial barriers, hydropower systems and European priorities
Lightweight assimilation of open urban ambient air quality monitoring data and numerical simulations with unknown uncertainty
This fish does not exist: fish species dataset augmentation using Stable Diffusion